WEBVTT 00:00:00.000 --> 00:00:01.909 Welcome back to the Deem Dive. If you've been 00:00:01.909 --> 00:00:04.190 following the global conversation around energy 00:00:04.190 --> 00:00:07.790 and specifically that really sticky problem of 00:00:07.790 --> 00:00:10.509 renewable energy storage, then, you know, the 00:00:10.509 --> 00:00:13.169 name AES Corporation is just impossible to ignore. 00:00:13.330 --> 00:00:16.030 It really is. So today we are strapping in for 00:00:16.030 --> 00:00:18.670 a major look at an American utility and power 00:00:18.670 --> 00:00:22.809 generation giant that has kind of quietly become 00:00:22.809 --> 00:00:25.050 this crucial driver of the energy transition. 00:00:25.309 --> 00:00:27.530 It's a really compelling case study. I mean, 00:00:27.550 --> 00:00:29.230 most people probably only know them by their 00:00:29.230 --> 00:00:32.100 local utility names, right? But this is a Fortune 00:00:32.100 --> 00:00:35.039 500 company that's operating on a global chessboard. 00:00:35.219 --> 00:00:37.359 Exactly. They're actively rewriting the blueprint. 00:00:38.279 --> 00:00:41.060 for how major power companies transition from 00:00:41.060 --> 00:00:44.979 a coal and gas legacy to a future that's defined 00:00:44.979 --> 00:00:48.679 by solar, wind, and especially massive grid -scale 00:00:48.679 --> 00:00:51.020 battery storage. That's the key. And our mission 00:00:51.020 --> 00:00:53.640 in this deep dive is pretty comprehensive. We 00:00:53.640 --> 00:00:55.799 are going to synthesize the company's tumultuous 00:00:55.799 --> 00:00:58.079 history, its immense financial muscle, its truly 00:00:58.079 --> 00:01:01.079 global asset footprint, and critically, the cutting 00:01:01.079 --> 00:01:03.140 -edge technology platforms that define where 00:01:03.140 --> 00:01:05.579 AES is headed right now. So for you, this isn't 00:01:05.579 --> 00:01:07.540 just about a corporate structure. It's about 00:01:07.540 --> 00:01:10.180 identifying the industrial players who are putting 00:01:10.180 --> 00:01:12.579 billions of dollars on the line to solve the 00:01:12.579 --> 00:01:15.620 problem of intermittency, who is steering the 00:01:15.620 --> 00:01:18.920 ship through these turbulent waters of innovation. 00:01:19.140 --> 00:01:21.620 That's what we need to figure out. Okay, so let's 00:01:21.620 --> 00:01:24.379 unpack this. A good place to start is just the 00:01:24.379 --> 00:01:27.900 sheer scale and scope of AES. Let's do it. We're 00:01:27.900 --> 00:01:30.459 talking about a powerhouse headquartered in Arlington, 00:01:30.540 --> 00:01:33.780 Virginia. It's a key player in the U .S. for 00:01:33.780 --> 00:01:37.109 sure, but its influence is... It's dispersed 00:01:37.109 --> 00:01:39.109 all across the world. And the numbers are huge. 00:01:39.230 --> 00:01:42.030 I mean, based on 2023 figures, we're seeing a 00:01:42.030 --> 00:01:45.890 company that generated U .S. $12 .7 billion in 00:01:45.890 --> 00:01:48.049 revenue. Which is a big number on its own. It 00:01:48.049 --> 00:01:50.230 is. But you have to look closer at their assets. 00:01:50.450 --> 00:01:52.530 Their total assets have just ballooned to U .S. 00:01:52.530 --> 00:01:55.930 $44 .8 billion. That financial scale is what 00:01:55.930 --> 00:01:58.469 lets them undertake these massive, decade -long 00:01:58.469 --> 00:02:00.569 infrastructure projects around the globe. And 00:02:00.569 --> 00:02:02.989 that financial muscle is supported by, what, 00:02:02.989 --> 00:02:06.129 approximately 9 ,600 employees worldwide? Yep. 00:02:06.359 --> 00:02:08.479 Operating in 15 different countries. They're 00:02:08.479 --> 00:02:10.960 traded on the New York Stock Exchange. They're 00:02:10.960 --> 00:02:13.780 a component of the S &P 500, which, you know, 00:02:13.780 --> 00:02:16.460 that instantly tells you this is a blue chip 00:02:16.460 --> 00:02:19.259 utility stock. It's foundational to the U .S. 00:02:19.259 --> 00:02:21.840 economy and the investment world. OK, so here 00:02:21.840 --> 00:02:24.919 is a surprising fact. And I think it's the perfect 00:02:24.919 --> 00:02:27.219 tone setter for this discussion because it moves 00:02:27.219 --> 00:02:31.419 us beyond those immense financials. We tend to 00:02:31.419 --> 00:02:34.780 think of utilities as slow, right? Infrastructure 00:02:34.780 --> 00:02:37.400 heavy, resistant to change. Stereotype, yeah. 00:02:37.500 --> 00:02:40.560 But AES is deliberately positioning itself otherwise. 00:02:40.840 --> 00:02:44.039 In 2022, they actually ranked in the top 10 of 00:02:44.039 --> 00:02:46.639 Fast Company's best workplaces for innovators. 00:02:46.860 --> 00:02:49.280 And that recognition is highly strategic. It's 00:02:49.280 --> 00:02:51.599 not just a nice plaque for the wall. Right. It 00:02:51.599 --> 00:02:54.409 signals to investors. into the market, that innovation 00:02:54.409 --> 00:02:57.610 isn't just a compliance issue or some side project 00:02:57.610 --> 00:03:01.370 for AES. It is a core celebrated and funded strategic 00:03:01.370 --> 00:03:03.389 pillar. That's a great way to put it. And this 00:03:03.389 --> 00:03:05.810 is absolutely essential because you have to remember, 00:03:05.909 --> 00:03:08.770 they still have to manage these enormous legacy 00:03:08.770 --> 00:03:11.169 conventional power plants all over the world. 00:03:11.250 --> 00:03:13.610 Right. The coal and gas plants. Exactly. While 00:03:13.610 --> 00:03:15.949 at the same time, they're building the entirely 00:03:15.949 --> 00:03:19.219 new infrastructure of the future. The only way 00:03:19.219 --> 00:03:22.020 you can bridge that gap is through intense technological 00:03:22.020 --> 00:03:24.020 advancement. So if they're going to survive the 00:03:24.020 --> 00:03:26.259 next two decades, they have to run the old world 00:03:26.259 --> 00:03:28.599 efficiently while pioneering the new world. It's 00:03:28.599 --> 00:03:31.639 a very difficult... tightrope walk. The very 00:03:31.639 --> 00:03:34.360 difficult route. Yeah. Okay. So to truly understand 00:03:34.360 --> 00:03:37.219 how AES ended up as this pioneer in storage, 00:03:37.539 --> 00:03:40.240 we really need to go back to the beginning. Part 00:03:40.240 --> 00:03:43.460 one is all about their history, the almost radical 00:03:43.460 --> 00:03:45.960 corporate culture they built, and then the eventual 00:03:45.960 --> 00:03:48.680 necessary strategic pivot they had to make after 00:03:48.680 --> 00:03:51.210 a major industry shock. The founding philosophy 00:03:51.210 --> 00:03:53.449 is genuinely unique. I mean, particularly for 00:03:53.449 --> 00:03:55.810 a company that's rooted in the traditional energy 00:03:55.810 --> 00:03:58.090 sector. It really is. The company was founded 00:03:58.090 --> 00:04:01.870 as Applied Energy Services AES on January 28, 00:04:02.150 --> 00:04:05.729 1981, by two men, Roger Sand and Dennis Bake. 00:04:06.110 --> 00:04:09.210 And the context of their background is very revealing. 00:04:09.530 --> 00:04:12.009 Both of them had been high -level appointees 00:04:12.009 --> 00:04:14.490 to the Federal Energy Administration under President 00:04:14.490 --> 00:04:16.290 Richard Nixon. So they're coming from a very 00:04:16.290 --> 00:04:18.589 specific background. They brought this perspective 00:04:18.589 --> 00:04:21.329 rooted in high -level government policy and planning. 00:04:21.509 --> 00:04:24.509 And they initially founded AES as a consulting 00:04:24.509 --> 00:04:27.569 firm, right? Focused on energy solutions. That's 00:04:27.569 --> 00:04:29.689 right. Before the company went public in 1991, 00:04:30.170 --> 00:04:32.990 Sant served as the initial chairman and CEO, 00:04:33.189 --> 00:04:37.110 and then Bake stepped up as CEO in 1994. So what's 00:04:37.110 --> 00:04:38.990 so fascinating and what really defined their 00:04:38.990 --> 00:04:41.410 early trajectory was this corporate culture. 00:04:41.670 --> 00:04:44.790 It's incredible. Bake & Sant deeply instilled 00:04:44.790 --> 00:04:47.430 a system of radical decentralized management. 00:04:47.730 --> 00:04:50.329 They called it putting the workplace in the hands 00:04:50.329 --> 00:04:52.370 of the workers. I mean, just imagine that. An 00:04:52.370 --> 00:04:54.949 energy company where ordinary employees were 00:04:54.949 --> 00:04:57.550 delegated significant financial and operational 00:04:57.550 --> 00:05:00.209 responsibility. Yeah, often running these massive 00:05:00.209 --> 00:05:02.910 plants semi -autonomously. It's unheard of. It 00:05:02.910 --> 00:05:04.810 sounds almost like a philosophy experiment run 00:05:04.810 --> 00:05:07.370 inside a major corporation. And crucially, their 00:05:07.370 --> 00:05:10.069 mandate was explicitly idealistic. Very much 00:05:10.069 --> 00:05:12.860 so. They emphasized social responsibility. community 00:05:12.860 --> 00:05:16.300 engagement, and environmental stewardship, often 00:05:16.300 --> 00:05:19.060 placing these metrics above strict, immediate 00:05:19.060 --> 00:05:21.699 quarterly profit goals. It was a very unusual, 00:05:21.939 --> 00:05:24.420 maybe even utopian model for an energy company 00:05:24.420 --> 00:05:26.519 at the time. And that idealistic philosophy, 00:05:26.740 --> 00:05:29.720 coupled with that decentralized structure, it 00:05:29.720 --> 00:05:32.560 created this engine for massive, almost reckless, 00:05:32.620 --> 00:05:35.259 early global expansion. Right. This was the golden 00:05:35.259 --> 00:05:38.439 age of independent power producers, IPPs. Exactly. 00:05:38.660 --> 00:05:41.160 Bacon Saint oversaw the construction and acquisition. 00:05:41.420 --> 00:05:44.699 of power plants in a mind -boggling 29 countries. 00:05:44.860 --> 00:05:47.439 They grew their staff from, what, 1 ,400 employees 00:05:47.439 --> 00:05:51.600 to an astonishing 32 ,000 employees in this rapid 00:05:51.600 --> 00:05:54.420 global rush. That's just an incredible rate of 00:05:54.420 --> 00:05:57.240 growth. And that rapid aggressive growth strategy 00:05:57.240 --> 00:05:59.639 was premised on this idea that local teams, you 00:05:59.639 --> 00:06:01.420 know, empowered by this decentralized model, 00:06:01.639 --> 00:06:03.939 could navigate complex international markets 00:06:03.939 --> 00:06:06.720 better than a central HQ could. Right. But such 00:06:06.720 --> 00:06:09.120 a dispersed, idealistic model, it just came with 00:06:09.120 --> 00:06:11.600 inherent financial risk. And eventually that 00:06:11.600 --> 00:06:14.439 risk crystallized. It did. The global expansion, 00:06:14.600 --> 00:06:17.060 while it was impressive, was highly leveraged. 00:06:17.060 --> 00:06:20.000 The rapid, anti -corporate, socially focused 00:06:20.000 --> 00:06:23.899 model hit a massive brick wall in the early 2000s. 00:06:24.199 --> 00:06:26.519 And that brings us to the crisis and consolidation 00:06:26.519 --> 00:06:30.040 phase. The year 2002 was just catastrophic for 00:06:30.040 --> 00:06:32.100 the energy sector, wasn't it? It was a disaster, 00:06:32.220 --> 00:06:34.399 largely because of the spectacular collapse of 00:06:34.399 --> 00:06:37.079 Enron. Of course. And AES, because of its size 00:06:37.079 --> 00:06:39.720 and its leveraged global portfolio, suffered 00:06:39.720 --> 00:06:42.300 immensely. The company faced a severe liquidity 00:06:42.300 --> 00:06:45.040 crisis that year, which led directly to the resignation 00:06:45.040 --> 00:06:48.500 of the CEO. Dennis Bake. So the Enron fallout 00:06:48.500 --> 00:06:50.120 just sent these shockwaves through the entire 00:06:50.120 --> 00:06:52.120 industry. Oh, yeah. It dried up credit markets. 00:06:52.199 --> 00:06:55.670 It plunged energy firms into distrust. For AES, 00:06:55.949 --> 00:06:57.769 which had borrowed heavily to finance its global 00:06:57.769 --> 00:07:01.009 portfolio, this was a near fatal blow. So Roger 00:07:01.009 --> 00:07:03.089 Scent, the other founder, he stayed on as executive 00:07:03.089 --> 00:07:05.589 chairman until 2003, just trying to stabilize 00:07:05.589 --> 00:07:07.670 the ship. He did. And then Paul Hanrahan stepped 00:07:07.670 --> 00:07:10.129 in as president and CEO. Hanrahan stayed for 00:07:10.129 --> 00:07:13.870 a decade until 2012. And his primary role was 00:07:13.870 --> 00:07:16.110 really just triage and stabilization. The cleanup 00:07:16.110 --> 00:07:18.519 guy. Pretty much. He was the one who had to manage 00:07:18.519 --> 00:07:21.579 the debt fallout, divest non -core assets, and 00:07:21.579 --> 00:07:23.360 make sure the company regained its footing in 00:07:23.360 --> 00:07:26.939 investor trust after such a dramatic period of 00:07:26.939 --> 00:07:29.519 trauma and instability. So Hanrahan's era was 00:07:29.519 --> 00:07:32.019 really about surviving that immediate threat. 00:07:32.279 --> 00:07:34.720 Right. But the real strategic evolution, that 00:07:34.720 --> 00:07:37.560 began when Andres Gluski succeeded him in 2012. 00:07:38.420 --> 00:07:40.699 Gluski initiated the next, and I would argue 00:07:40.699 --> 00:07:44.139 most important, strategic shift in AES's history. 00:07:44.939 --> 00:07:47.589 Discipline consolidation. and intense focus. 00:07:47.790 --> 00:07:50.470 It's such a clear pivot. If the founder's strategy 00:07:50.470 --> 00:07:53.689 was this radical global expansion into 29 countries. 00:07:53.949 --> 00:07:55.730 Glisky's strategy was the complete opposite. 00:07:55.910 --> 00:07:59.250 It was radical retreat and focus. He implemented 00:07:59.250 --> 00:08:02.050 a decisive strategy that dramatically reduced 00:08:02.050 --> 00:08:04.610 the number of countries AES operated in, shrinking 00:08:04.610 --> 00:08:07.089 that footprint from 28 down to 16. Just cutting 00:08:07.089 --> 00:08:09.769 them loose. The goal was surgically clear. Consolidate 00:08:09.769 --> 00:08:12.189 operations around core markets, reduce the administrative 00:08:12.189 --> 00:08:14.550 costs that came with managing dozens of fragmented 00:08:14.550 --> 00:08:16.970 regulatory environments, and free up capital. 00:08:17.110 --> 00:08:19.350 This was a definitive strategic departure from 00:08:19.350 --> 00:08:21.230 the founder's initial vision. It's interesting, 00:08:21.269 --> 00:08:23.569 though, because while consolidation is often 00:08:23.569 --> 00:08:26.910 seen as strictly a financial move, Kluski married 00:08:26.910 --> 00:08:30.589 it to a crucial modern mandate, decarbonization. 00:08:30.689 --> 00:08:32.789 Yes, that's the key. He put in place a formal 00:08:32.789 --> 00:08:35.450 program that was dedicated to reducing the company's 00:08:35.450 --> 00:08:38.090 total carbon emission intensity, and he coupled 00:08:38.090 --> 00:08:40.629 that with a firm commitment to providing renewable 00:08:40.629 --> 00:08:44.230 forms of energy, particularly focusing on solar 00:08:44.230 --> 00:08:47.730 and wind -based storage systems. And this is 00:08:47.730 --> 00:08:50.830 the monumental pivot point for the company. AES 00:08:50.830 --> 00:08:53.870 went from being this massive, sprawling global 00:08:53.870 --> 00:08:57.269 plant builder, often of coal and gas, to a consolidated 00:08:57.269 --> 00:09:00.600 company who's explicit. public goal is managing 00:09:00.600 --> 00:09:03.820 its existing carbon footprint down while aggressively 00:09:03.820 --> 00:09:06.059 driving the transition to storage and renewables. 00:09:06.259 --> 00:09:08.700 So the decentralized idealism of the 90s has 00:09:08.700 --> 00:09:10.759 sort of morphed into the centralized technological 00:09:10.759 --> 00:09:13.559 focus of the 2020s. Perfectly said. So before 00:09:13.559 --> 00:09:15.440 we jump into that technology, let's just briefly 00:09:15.440 --> 00:09:17.580 look at how that focus manifested domestically 00:09:17.580 --> 00:09:19.679 through some major rebranding and acquisitions 00:09:19.679 --> 00:09:22.019 in North America. Sure. It's all about unity 00:09:22.019 --> 00:09:24.980 and brand clarity now. Back in 2000, AES acquired 00:09:24.980 --> 00:09:28.360 Indianapolis Power & Light, or Epalco. A well 00:09:28.360 --> 00:09:30.360 -known utility. A very prominent one, historically. 00:09:30.700 --> 00:09:34.120 But in February 2021, it was formally rebranded 00:09:34.120 --> 00:09:37.379 as AES Indiana. And we saw the exact same structure 00:09:37.379 --> 00:09:39.820 with DPL Inc., which was formerly Dayton Power 00:09:39.820 --> 00:09:43.179 and Light. AES acquired them in 2011. And that 00:09:43.179 --> 00:09:46.120 rebranded publicly as AES Ohio, also in February 00:09:46.120 --> 00:09:48.860 2021. So they timed it together. They did. And 00:09:48.860 --> 00:09:51.379 this is a nuance worth noting. While the public 00:09:51.379 --> 00:09:54.899 face is now unified under the AES brand to reinforce 00:09:54.899 --> 00:09:57.659 that global clean energy identity, the source 00:09:57.659 --> 00:10:00.240 materials show they often retain the former names 00:10:00.240 --> 00:10:03.820 like DPL Inc. for legal or regulatory purposes. 00:10:04.100 --> 00:10:06.190 Right. But the Standardization of the brand, 00:10:06.370 --> 00:10:09.129 that signals that AES is speaking with a unified 00:10:09.129 --> 00:10:11.110 voice to the market about its carbon reduction 00:10:11.110 --> 00:10:13.629 mandate and its future strategy. Exactly. It's 00:10:13.629 --> 00:10:15.870 the visual representation of the Goloski consolidation. 00:10:15.990 --> 00:10:19.470 Same assets, but a new focused public identity. 00:10:19.879 --> 00:10:21.919 Okay, now we get to the future, and this is where 00:10:21.919 --> 00:10:24.059 the real investment dollars are flowing. I think 00:10:24.059 --> 00:10:26.639 the biggest indicator of AES's commitment to 00:10:26.639 --> 00:10:28.659 solving the intermittency problem of renewables 00:10:28.659 --> 00:10:31.379 isn't just in their balance sheet. It's in their 00:10:31.379 --> 00:10:34.580 technological joint venture called Fluence. Fluence 00:10:34.580 --> 00:10:37.200 is the linchpin. I mean, if you want to understand 00:10:37.200 --> 00:10:40.379 AES's strategic move in the 21st century, you 00:10:40.379 --> 00:10:42.519 have to understand Fluence. So when did it launch? 00:10:42.799 --> 00:10:46.320 It launched in January 2018 as a 50 -50 joint 00:10:46.320 --> 00:10:50.080 venture between AES... energy storage and the 00:10:50.080 --> 00:10:53.179 german industrial giant siemens and this wasn't 00:10:53.179 --> 00:10:55.779 just you know a simple handshake agreement this 00:10:55.779 --> 00:10:57.639 was the calculated birth of an energy storage 00:10:57.639 --> 00:11:00.039 powerhouse designed to operate at the industrial 00:11:00.039 --> 00:11:02.919 level it was and the strategic rationale is just 00:11:02.919 --> 00:11:06.240 brilliant because it connected two very distinct 00:11:06.240 --> 00:11:08.820 yet very necessary strengths okay what were they 00:11:09.210 --> 00:11:12.389 So AES brought its decades of extensive practical 00:11:12.389 --> 00:11:14.970 research and experience in lithium -ion energy 00:11:14.970 --> 00:11:17.570 sources. They'd been an early adopter of large 00:11:17.570 --> 00:11:19.509 -scale battery systems, and they had all this 00:11:19.509 --> 00:11:21.820 grid integration know -how. And Siemens brought, 00:11:21.919 --> 00:11:24.460 well, Siemens. Siemens brought its absolutely 00:11:24.460 --> 00:11:27.759 vast global sales, distribution, and manufacturing 00:11:27.759 --> 00:11:30.279 presence in the industrial and energy sectors. 00:11:30.480 --> 00:11:32.820 They provide the global machine necessary to 00:11:32.820 --> 00:11:36.120 commercialize AES's R &D on a scale that AES 00:11:36.120 --> 00:11:38.340 alone probably could not have achieved. So the 00:11:38.340 --> 00:11:41.370 goal was simple but audacious. Corner the rapidly 00:11:41.370 --> 00:11:44.490 rising global demand for utility scale clean 00:11:44.490 --> 00:11:46.809 energy technologies. And they hit the ground 00:11:46.809 --> 00:11:49.070 running. Headquartered in Washington, D .C., 00:11:49.070 --> 00:11:52.850 chaired by former AESVP Stephen Coughlin, Fluence 00:11:52.850 --> 00:11:55.669 was immediately deployed in 16 countries. Right. 00:11:55.710 --> 00:11:57.889 Signaling its intent to dominate the industrial 00:11:57.889 --> 00:12:01.090 storage market from day one. OK, let's dive deep 00:12:01.090 --> 00:12:03.700 into the technology itself. This is critical 00:12:03.700 --> 00:12:06.659 because they aren't offering just a generic battery. 00:12:06.840 --> 00:12:10.779 They have three distinct named platforms aimed 00:12:10.779 --> 00:12:13.080 at solving different parts of the energy storage 00:12:13.080 --> 00:12:15.220 and delivery puzzle. And this is so important. 00:12:15.659 --> 00:12:17.960 Intermittency is the fundamental economic hurdle 00:12:17.960 --> 00:12:20.179 for solar and wind, right? Right. The sun goes 00:12:20.179 --> 00:12:23.379 down, the wind stops blowing. Exactly. The grid 00:12:23.379 --> 00:12:26.480 needs reliable backup and gas or coal used to 00:12:26.480 --> 00:12:28.899 fill that gap. Fluence's three platforms are 00:12:28.899 --> 00:12:30.820 designed to make batteries the reliable and, 00:12:30.840 --> 00:12:33.259 critically, the economically viable alternative. 00:12:33.600 --> 00:12:36.179 So the first pillar is Advansion. We've heard 00:12:36.179 --> 00:12:38.659 the name, but what is its specific function and 00:12:38.659 --> 00:12:41.299 its design advantage? Advansion is, I think, 00:12:41.379 --> 00:12:45.029 conceptually the most accessible. It is defined 00:12:45.029 --> 00:12:47.509 as a storage system built from several small 00:12:47.509 --> 00:12:50.629 modular nodes. Think of them like high capacity 00:12:50.629 --> 00:12:53.610 Lego blocks for the grid, all powered by lithium 00:12:53.610 --> 00:12:56.009 ion batteries. And that modularity means it can 00:12:56.009 --> 00:12:58.049 be scaled up or down quickly for different site 00:12:58.049 --> 00:13:00.269 requirements, right? From like 10 milliW to 400 00:13:00.269 --> 00:13:03.080 milliW. Precisely. But the core feature that 00:13:03.080 --> 00:13:05.580 the sources repeatedly highlight is its ability 00:13:05.580 --> 00:13:07.820 to offer heightened consistency in performance. 00:13:08.200 --> 00:13:10.539 Okay, consistency. So what does that mean in 00:13:10.539 --> 00:13:13.600 practice? Consistency means ADVANTION is designed 00:13:13.600 --> 00:13:16.120 to react instantly and maintain stable output. 00:13:16.620 --> 00:13:18.659 That makes it essential for fundamental grid 00:13:18.659 --> 00:13:21.100 stabilization services, which are financially 00:13:21.100 --> 00:13:23.240 lucrative and absolutely critical to maintaining 00:13:23.240 --> 00:13:25.740 power quality. So if the grid frequency dips 00:13:25.740 --> 00:13:28.779 or surges even a little bit? Advanced units are 00:13:28.779 --> 00:13:30.879 designed to instantly respond to keep things 00:13:30.879 --> 00:13:32.879 steady. It's about that split second reaction 00:13:32.879 --> 00:13:35.899 time. OK, so that addresses the need for steady, 00:13:36.179 --> 00:13:39.399 reliable, fast response power injection. The 00:13:39.399 --> 00:13:42.460 second technology is Systridge. This name immediately 00:13:42.460 --> 00:13:45.500 tips its cap to the Siemens side of the partnership. 00:13:46.029 --> 00:13:48.809 It does. SciStorage is defined as an electrical 00:13:48.809 --> 00:13:51.509 energy storage system fueled predominantly by 00:13:51.509 --> 00:13:54.429 wind and solar energy. So while ADVANTION focuses 00:13:54.429 --> 00:13:57.750 on modularity and consistency, SciStorage focuses 00:13:57.750 --> 00:14:01.570 on advanced controls and dependability in integrating 00:14:01.570 --> 00:14:04.460 those renewable sources. It relies heavily on 00:14:04.460 --> 00:14:07.340 some advanced concepts. The sources mention jargon 00:14:07.340 --> 00:14:10.120 like closed -loop controls and pulse modulation 00:14:10.120 --> 00:14:13.159 built into its semiconductors. For listeners, 00:14:13.259 --> 00:14:15.700 that sounds highly technical. What does closed 00:14:15.700 --> 00:14:18.899 -loop control actually mean in practice? Think 00:14:18.899 --> 00:14:21.580 of it like this. A conventional system might 00:14:21.580 --> 00:14:24.200 react slowly. waiting for a major frequency drop 00:14:24.200 --> 00:14:26.779 before it kicks in. A closed -loop control system 00:14:26.779 --> 00:14:28.899 is the brain that constantly monitors every variable 00:14:28.899 --> 00:14:31.440 on the grid, the flow, the frequency, the voltage, 00:14:31.639 --> 00:14:33.740 and instantly adjusts the energy input from the 00:14:33.740 --> 00:14:36.379 battery, eliminating any delays. So it's constantly 00:14:36.379 --> 00:14:38.679 self -correcting. It's essentially a system that 00:14:38.679 --> 00:14:40.779 monitors its own output and the grid's needs 00:14:40.779 --> 00:14:43.519 in real -time and fine -tunes itself constantly. 00:14:43.759 --> 00:14:46.240 So ADVANTION is the consistent, scalable hardware, 00:14:46.460 --> 00:14:49.100 and SICERIDGE is the highly dependable real -time 00:14:49.100 --> 00:14:51.820 software and control system for integrating large... 00:14:52.009 --> 00:14:54.070 intermittent renewable assets like wind farms. 00:14:54.350 --> 00:14:57.190 Exactly. It ensures the power harvested from 00:14:57.190 --> 00:14:59.830 renewables is usable and reliable when you need 00:14:59.830 --> 00:15:02.570 it. Which brings us to the third pillar, the 00:15:02.570 --> 00:15:06.049 one focused explicitly on optimizing solar, sunflux 00:15:06.049 --> 00:15:10.070 energy, or as it's often called, sunflex. And 00:15:10.070 --> 00:15:12.529 sunflex was developed with a specific market 00:15:12.529 --> 00:15:15.169 -driven purpose, right? Expanding the utility 00:15:15.169 --> 00:15:18.370 and economic possibilities of photovoltaic solar 00:15:18.370 --> 00:15:21.240 energy. We all know the problem here. Peak solar 00:15:21.240 --> 00:15:24.080 production happens midday, but peak demand is 00:15:24.080 --> 00:15:26.059 often in the early evening. Right, when everyone 00:15:26.059 --> 00:15:27.759 gets home and turns on their appliances, the 00:15:27.759 --> 00:15:30.980 famous duck curve. Exactly. If you don't store 00:15:30.980 --> 00:15:33.759 that midday energy, you essentially lose it, 00:15:33.779 --> 00:15:36.340 or you force grid operators to shut down solar 00:15:36.340 --> 00:15:39.080 during times of oversupply, which is incredibly 00:15:39.080 --> 00:15:40.840 inefficient. And that's where SunFlex comes in. 00:15:41.039 --> 00:15:43.570 Precisely. SunFlex is specifically built to capture 00:15:43.570 --> 00:15:45.669 and store energy during those peak solar production 00:15:45.669 --> 00:15:48.629 hours in order to time shift the energy for later 00:15:48.629 --> 00:15:50.590 delivery. So it's the essential link between 00:15:50.590 --> 00:15:55.090 a solar farm and 247 grid needs. It is. By effectively 00:15:55.090 --> 00:15:58.769 shifting energy from noon to 7 p .m., AES significantly 00:15:58.769 --> 00:16:01.509 increases the economic viability and the usefulness 00:16:01.509 --> 00:16:04.049 of every single solar panel they install. Okay, 00:16:04.110 --> 00:16:05.629 that gives us the technological differentiation. 00:16:06.110 --> 00:16:08.110 Fluence is clearly the engine. So let's look 00:16:08.110 --> 00:16:10.490 at some illustrative projects that showcase just 00:16:10.490 --> 00:16:13.129 how large the scale of these deployments is and 00:16:13.129 --> 00:16:15.169 what they mean for the market. Our flagship example 00:16:15.169 --> 00:16:17.990 in the U .S. is just a massive endorsement of 00:16:17.990 --> 00:16:20.590 their technology. Fluence is handling the largest 00:16:20.590 --> 00:16:23.830 projected venture in its portfolio, a colossal 00:16:23.830 --> 00:16:27.289 100 -400 -milliwatt power center energy storage 00:16:27.289 --> 00:16:30.830 project for Southern California Edison, SCE. 00:16:31.259 --> 00:16:33.940 A 400 -milli -order system is not just utility 00:16:33.940 --> 00:16:36.559 scale. That's a small power plant in itself running 00:16:36.559 --> 00:16:39.179 entirely on batteries. It is. And this system 00:16:39.179 --> 00:16:41.879 is strategically housed within AES's own power 00:16:41.879 --> 00:16:44.620 center in Los Alamitos, California. The fact 00:16:44.620 --> 00:16:46.460 that one of the largest utilities in California, 00:16:46.779 --> 00:16:48.899 a state with incredibly aggressive renewable 00:16:48.899 --> 00:16:51.559 mandates, shows fluence to anchor its long -term 00:16:51.559 --> 00:16:54.080 battery storage needs. That says a lot. It shows 00:16:54.080 --> 00:16:56.840 that AES is not just an innovator, but a trusted 00:16:56.840 --> 00:16:58.940 institutional partner in this energy transition. 00:16:59.559 --> 00:17:01.919 This deployment helps manage peak demand in a 00:17:01.919 --> 00:17:04.359 very high density area. So moving to Europe, 00:17:04.480 --> 00:17:07.619 Fluence has installed six storage projects across 00:17:07.619 --> 00:17:10.680 Germany. And their specific purpose is telling. 00:17:10.960 --> 00:17:13.980 They're intended to provide critical grid stabilization 00:17:13.980 --> 00:17:17.589 services. And that speaks directly to the consistency 00:17:17.589 --> 00:17:20.670 promise of Advansion and the control sophistication 00:17:20.670 --> 00:17:23.549 of SIA storage. Right. Germany has a highly integrated, 00:17:23.710 --> 00:17:27.369 very complex grid with massive amounts of intermittent 00:17:27.369 --> 00:17:30.329 wind and solar. So integrating six dedicated 00:17:30.329 --> 00:17:32.930 storage systems specifically to stabilize that 00:17:32.930 --> 00:17:36.109 grid showcases Fluence's technology as a reliability 00:17:36.109 --> 00:17:39.470 tool, not just as a source of power. It's ensuring 00:17:39.470 --> 00:17:41.930 power quality across a major European economy. 00:17:42.329 --> 00:17:44.430 And then we have the microgrid test case, which 00:17:44.430 --> 00:17:47.049 is a perfect real -world example of energy transition 00:17:47.049 --> 00:17:50.049 in action, not just theory on paper. You're talking 00:17:50.049 --> 00:17:52.450 about the hybrid microgrid on the tiny Mediterranean 00:17:52.450 --> 00:17:55.410 island of Ventatine. Exactly. This is fascinating 00:17:55.410 --> 00:17:58.150 because island grids are usually completely reliant 00:17:58.150 --> 00:18:01.250 on expensive, dirty diesel generation. So the 00:18:01.250 --> 00:18:02.890 Ventatine project, which was developed through 00:18:02.890 --> 00:18:05.490 an agreement with the Italian utility Enel, combines 00:18:05.490 --> 00:18:07.849 traditional diesel generators with renewables 00:18:07.849 --> 00:18:09.910 and storage. And the core objective there is 00:18:09.910 --> 00:18:12.640 what? To reduce the island's carbon costs and 00:18:12.640 --> 00:18:15.740 its emissions by strategically integrating storage 00:18:15.740 --> 00:18:18.539 and renewables into a traditionally fossil fuel 00:18:18.539 --> 00:18:21.900 dependent, isolated system. It's a literal blueprint 00:18:21.900 --> 00:18:25.039 for transitioning small, isolated and environmentally 00:18:25.039 --> 00:18:28.140 sensitive grids globally. So if it works on ventatine. 00:18:28.490 --> 00:18:30.650 The model can be exported to hundreds of other 00:18:30.650 --> 00:18:33.130 islands worldwide. And finally, showcasing their 00:18:33.130 --> 00:18:36.430 global reach in Asia, AES India, in partnership 00:18:36.430 --> 00:18:38.930 with Mitsubishi, commenced construction on a 00:18:38.930 --> 00:18:42.190 10 milliW energy storage solution in Rohini back 00:18:42.190 --> 00:18:45.509 in 2018. And crucially, this system operates 00:18:45.509 --> 00:18:48.700 off Fluence's Advansion technology. that modular 00:18:48.700 --> 00:18:51.279 consistency platform. It was projected to be 00:18:51.279 --> 00:18:53.700 the first utility scale energy storage system 00:18:53.700 --> 00:18:56.599 in India, a massive emerging market with enormous 00:18:56.599 --> 00:18:58.680 energy demand. Which confirms that the Advantage 00:18:58.680 --> 00:19:01.140 system is being used for these initial grid scale 00:19:01.140 --> 00:19:03.160 deployments and key emerging economies. It's 00:19:03.160 --> 00:19:05.819 becoming a critical piece of global energy infrastructure 00:19:05.819 --> 00:19:08.059 development. It is. We've established the historical 00:19:08.059 --> 00:19:10.859 pivot and the advanced technology platform affluence. 00:19:11.140 --> 00:19:14.119 Now we need to discuss how AES is achieving the 00:19:14.119 --> 00:19:16.279 sheer scale required to meet its decarbonization 00:19:16.279 --> 00:19:19.309 mandate. And that means talking about the acquisition 00:19:19.309 --> 00:19:23.130 and strategic role of Spower. Right. Spower is 00:19:23.130 --> 00:19:25.410 the engine for their U .S. utility -scale renewable 00:19:25.410 --> 00:19:29.269 generation. AES acquired Spower in a joint purchase 00:19:29.269 --> 00:19:32.410 in 2018 alongside Alberta Investment Management 00:19:32.410 --> 00:19:35.440 Corporation. This was a critical move for them 00:19:35.440 --> 00:19:37.460 to quickly gain ground in the solar development 00:19:37.460 --> 00:19:39.980 space. And their role is indispensable. I mean, 00:19:40.019 --> 00:19:42.359 Spower is identified as one of the largest developers 00:19:42.359 --> 00:19:44.500 of utility scale solar in the United States. 00:19:44.680 --> 00:19:47.380 It is. So this acquisition immediately cemented 00:19:47.380 --> 00:19:50.180 AES's position as a major player in clean generation 00:19:50.180 --> 00:19:52.880 development. It saved them years of organic growth 00:19:52.880 --> 00:19:55.339 and regulatory approval processes. They basically 00:19:55.339 --> 00:19:58.559 bought a leadership position. They did. And their 00:19:58.559 --> 00:20:01.440 geographic focus is highly strategic. Spower 00:20:01.440 --> 00:20:03.900 operates across 11 U .S. states, but they have 00:20:03.900 --> 00:20:06.180 a particular concentration on the western U .S. 00:20:06.180 --> 00:20:08.539 and states with really aggressive renewable energy 00:20:08.539 --> 00:20:11.079 mandates. So California and North Carolina specifically. 00:20:11.920 --> 00:20:14.599 Exactly. Their assets are perfectly positioned 00:20:14.599 --> 00:20:17.559 for high growth, mandated clean energy markets. 00:20:17.720 --> 00:20:19.880 Let's talk numbers on Spower, because this is 00:20:19.880 --> 00:20:22.640 where the commitment truly registers. Their current 00:20:22.640 --> 00:20:26.539 operating portfolio includes 1 .3 GW, that's 00:20:26.539 --> 00:20:30.000 gigawatts worth of solar and wind based properties 00:20:30.000 --> 00:20:32.740 that are online and generating revenue. And that's 00:20:32.740 --> 00:20:35.079 a lot. But the real story is in the future pipeline. 00:20:35.339 --> 00:20:38.640 The pipeline is immense. It is. They have over 00:20:38.640 --> 00:20:41.960 10 ,000 milliW, that's 10 GW worth of projects 00:20:41.960 --> 00:20:44.119 currently in the developmental stage. Can you 00:20:44.119 --> 00:20:46.920 put that 10 GW into perspective for us? Sure. 00:20:47.119 --> 00:20:49.559 10 gigawatts is roughly the power generation 00:20:49.559 --> 00:20:53.740 of 10 large modern nuclear reactors. But this 00:20:53.740 --> 00:20:55.400 is all being delivered through solar and wind. 00:20:55.720 --> 00:20:58.059 So that 10 ,000 milliW development pipeline is 00:20:58.059 --> 00:21:00.240 the clearest indicator of where AES believes 00:21:00.240 --> 00:21:02.140 the market is going and where their capital is 00:21:02.140 --> 00:21:04.480 being focused. How does that size up against 00:21:04.480 --> 00:21:06.900 typical utility commitments in the U .S.? It's 00:21:06.900 --> 00:21:08.880 a gargantuan commitment. I mean, for a utility 00:21:08.880 --> 00:21:12.119 company, a 10 GW pipeline is aggressive and transformative. 00:21:12.559 --> 00:21:15.259 It signals a shift from just incremental growth 00:21:15.259 --> 00:21:18.220 to exponential scaling. So it puts AES and Spower 00:21:18.220 --> 00:21:20.319 among the fastest growing renewable developers. 00:21:20.680 --> 00:21:23.339 Absolutely. And it guarantees that AES will be 00:21:23.339 --> 00:21:26.069 a major participant. and meeting national and 00:21:26.069 --> 00:21:28.190 state -level clean energy goals for the next 00:21:28.190 --> 00:21:30.910 decade. They are betting billions on volume. 00:21:31.130 --> 00:21:34.250 Okay, moving from massive solar farms to operational 00:21:34.250 --> 00:21:37.029 efficiency, we need to talk about how AES is 00:21:37.029 --> 00:21:39.970 leveraging cutting -edge operational tools, specifically 00:21:39.970 --> 00:21:43.190 drone technology, across its sprawling assets. 00:21:43.609 --> 00:21:45.650 This is a great example of technology improving 00:21:45.650 --> 00:21:49.269 an old and, frankly, dangerous industry. AES 00:21:49.269 --> 00:21:50.869 announced a partnership with the drone provider 00:21:50.869 --> 00:21:53.180 measure. And the stated reason was a deliberate 00:21:53.180 --> 00:21:55.079 effort to protect their employees from industry 00:21:55.079 --> 00:21:57.420 hazards and improve overall workplace safety. 00:21:57.619 --> 00:21:59.839 And while safety is obviously paramount, what's 00:21:59.839 --> 00:22:02.180 the operational efficiency gain here? Oh, efficiency 00:22:02.180 --> 00:22:04.460 gains are enormous. Think about the sheer volume 00:22:04.460 --> 00:22:07.720 of assets AES owns globally. Thousands of miles 00:22:07.720 --> 00:22:10.359 of transmission lines, towering wind turbines, 00:22:10.559 --> 00:22:13.180 massive solar installations. It's a lot to inspect. 00:22:13.480 --> 00:22:16.859 A ton. Traditionally inspecting one wind turbine 00:22:16.859 --> 00:22:18.900 might require two or three certified technicians, 00:22:19.240 --> 00:22:22.460 heavy equipment and a full day of work. Using 00:22:22.460 --> 00:22:25.099 advanced thermal and visual drones, a single 00:22:25.099 --> 00:22:27.880 pilot can map an entire wind farm or a massive 00:22:27.880 --> 00:22:30.799 solar array in an afternoon. So it drastically 00:22:30.799 --> 00:22:33.759 cuts operational time and cost, while at the 00:22:33.759 --> 00:22:36.559 same time it's providing more detailed data -driven 00:22:36.559 --> 00:22:39.579 diagnostics. Exactly. The drones inspect their 00:22:39.579 --> 00:22:41.940 various infrastructure sites across 17 countries, 00:22:42.160 --> 00:22:44.799 allowing them to spot potential problems, like 00:22:44.799 --> 00:22:47.460 a small crack in a turbine blade or a hot spot 00:22:47.460 --> 00:22:50.200 on a solar panel, long before they become catastrophic 00:22:50.200 --> 00:22:52.640 failures. So it's predictive maintenance. It's 00:22:52.640 --> 00:22:55.279 predictive maintenance driven by drone data. 00:22:55.440 --> 00:22:58.819 And that significantly reduces OPEX, the operational 00:22:58.819 --> 00:23:01.119 expenditure, which flows directly to the bottom 00:23:01.119 --> 00:23:03.740 line. It's technology applied to maximize both 00:23:03.740 --> 00:23:06.079 safety and profit. Finally, let's bring this 00:23:06.079 --> 00:23:08.920 back to the core theme, how AES uses its new 00:23:08.920 --> 00:23:11.819 storage technology fluences expansion to integrate 00:23:11.819 --> 00:23:14.779 with its existing older revenue generating assets. 00:23:15.099 --> 00:23:16.920 This is really where the whole strategy comes 00:23:16.920 --> 00:23:20.660 together. It is. This integration is the practical, 00:23:20.759 --> 00:23:24.759 lived definition of energy transition. AES Energy 00:23:24.759 --> 00:23:27.500 Storage, even before the formal Fluence Joint 00:23:27.500 --> 00:23:30.980 Venture, was already a pioneer. They were responsible 00:23:30.980 --> 00:23:33.500 for some of the largest battery storage power 00:23:33.500 --> 00:23:36.380 stations in the world. A major example being 00:23:36.380 --> 00:23:39.720 the 40 mW lithium -ion battery facility they 00:23:39.720 --> 00:23:42.440 developed for San Diego Gas and Electric. But 00:23:42.440 --> 00:23:44.539 the perfect case study for this integration, 00:23:44.819 --> 00:23:46.980 the one that shows the link between their old 00:23:46.980 --> 00:23:49.680 global footprint and their new technology, is 00:23:49.680 --> 00:23:51.980 in the United Kingdom. We're talking about the 00:23:51.980 --> 00:23:54.140 Array Energy Storage System at the Killroot Power 00:23:54.140 --> 00:23:56.900 Station. Yes. AES acquired Killroot way back 00:23:56.900 --> 00:24:00.680 in 1992, making it a classic legacy asset. It 00:24:00.680 --> 00:24:03.059 runs on conventional oil, gas, and turbines, 00:24:03.339 --> 00:24:05.460 a major conventional power source for the region. 00:24:05.769 --> 00:24:08.150 And the strategic genius here is what they did 00:24:08.150 --> 00:24:10.230 next. They didn't replace the plant. They augmented 00:24:10.230 --> 00:24:13.349 it. At that very same decades -old site, they 00:24:13.349 --> 00:24:15.190 deployed a 10 -milli -double system operating 00:24:15.190 --> 00:24:17.589 off Fluence's advanced technology. And this array 00:24:17.589 --> 00:24:19.950 system is noted as the largest advanced energy 00:24:19.950 --> 00:24:22.089 storage system in the entire United Kingdom. 00:24:22.349 --> 00:24:24.950 It is. And this demonstrates the core Glosky 00:24:24.950 --> 00:24:27.690 strategy perfectly. Maintain the legacy conventional 00:24:27.690 --> 00:24:31.150 capacity to generate essential revenue. but immediately 00:24:31.150 --> 00:24:34.630 use the strategically valuable site to host cutting 00:24:34.630 --> 00:24:37.369 -edge battery storage. So the battery then acts 00:24:37.369 --> 00:24:40.130 as an instantaneous shock absorber for the modern 00:24:40.130 --> 00:24:42.450 grid, making the whole system more resilient. 00:24:42.730 --> 00:24:45.990 It's the ultimate mixed -portfolio old capacity 00:24:45.990 --> 00:24:48.670 generating cash flow, new technology preparing 00:24:48.670 --> 00:24:50.529 the market for the future. It's a transition 00:24:50.529 --> 00:24:52.970 company, physically manifested on one piece of 00:24:52.970 --> 00:24:55.150 land. We've covered the history and the innovation. 00:24:55.490 --> 00:24:57.569 Now let's quickly walk through the enormous, 00:24:57.690 --> 00:25:00.829 complex global footprint that AES still maintains. 00:25:01.190 --> 00:25:03.450 This will show just how diverse their asset base 00:25:03.450 --> 00:25:05.670 remains, despite that consolidation strategy 00:25:05.670 --> 00:25:08.589 under Gluski. The focus may have narrowed, but 00:25:08.589 --> 00:25:11.130 the reach is still staggering. Absolutely. The 00:25:11.130 --> 00:25:13.450 Gluski consolidation was about optimizing their 00:25:13.450 --> 00:25:16.130 portfolio, not eliminating global operations 00:25:16.130 --> 00:25:18.670 entirely. So beyond the renamed utilities like 00:25:18.670 --> 00:25:21.750 AES Indiana and AES Ohio, their North American 00:25:21.750 --> 00:25:24.559 operations include include AES Puerto Rico, which 00:25:24.559 --> 00:25:26.640 has faced its own unique set of challenges, and 00:25:26.640 --> 00:25:29.460 the AES Cullen Power Station in Panama, which 00:25:29.460 --> 00:25:31.480 is a state -of -the -art liquefied natural gas, 00:25:31.500 --> 00:25:35.039 or LNG, facility. And of course, AES Energy Storage 00:25:35.039 --> 00:25:38.619 remains a key global subsidiary, now largely 00:25:38.619 --> 00:25:41.000 channeled through Fluence. And moving south, 00:25:41.160 --> 00:25:43.660 the South American depth is particularly illustrative 00:25:43.660 --> 00:25:46.339 of their early aggressive expansion phase in 00:25:46.339 --> 00:25:48.720 the 90s and early 2000s. They acquired a lot 00:25:48.720 --> 00:25:50.559 of properties in Argentina during that period. 00:25:50.759 --> 00:25:52.960 Yes. And the Argentinian examples really highlight 00:25:52.960 --> 00:25:55.039 their calculated asset diversity. They needed 00:25:55.039 --> 00:25:57.799 reliability and scale. Yeah. So you have Termandis. 00:25:58.240 --> 00:26:03.380 In Salta, a 643 mW hybrid plant using gasoline 00:26:03.380 --> 00:26:05.720 and diesel. Which is crucial for providing that 00:26:05.720 --> 00:26:07.980 quick start backup power to stabilize the grid 00:26:07.980 --> 00:26:10.240 during peak. Exactly. Then there's Guillermo 00:26:10.240 --> 00:26:14.359 Brown, a 576 mW gas turbine using natural gas 00:26:14.359 --> 00:26:16.539 and diesel, which they acquired more recently 00:26:16.539 --> 00:26:19.059 in 2016. But for me, the most significant historical 00:26:19.059 --> 00:26:21.940 detail is the acquisition of Alicora. This is 00:26:21.940 --> 00:26:24.539 a hydropower plant acquired back in 2000 that 00:26:24.539 --> 00:26:28.009 boasts a massive 1 ,000 mW of generation. capacity. 00:26:28.230 --> 00:26:31.630 And that one GW hydro plant acquisition complicates 00:26:31.630 --> 00:26:33.130 the clean energy narrative, doesn't it? It does. 00:26:33.289 --> 00:26:35.490 It underscores that even in that early phase 00:26:35.490 --> 00:26:38.450 of global expansion, well before the formal pivot 00:26:38.450 --> 00:26:42.029 to renewables, AES recognized and pursued high 00:26:42.029 --> 00:26:45.369 capacity, clean generating assets like hydropower. 00:26:45.509 --> 00:26:48.269 It wasn't purely a fossil fuel play. It shows 00:26:48.269 --> 00:26:51.069 a longstanding strategic value placed on stable, 00:26:51.230 --> 00:26:53.430 non -thermal generation where it was available. 00:26:53.819 --> 00:26:56.200 We also see these highly integrated partnership 00:26:56.200 --> 00:26:59.400 structures, like in Brazil. AES Brazil, founded 00:26:59.400 --> 00:27:02.640 in 1997, is structurally unique. Its ownership 00:27:02.640 --> 00:27:05.079 is divided between AES and the Brazilian Development 00:27:05.079 --> 00:27:07.380 Bank. And that partnership structure highlights 00:27:07.380 --> 00:27:09.400 the deep political and financial integration 00:27:09.400 --> 00:27:12.200 you often need to operate utility -scale assets 00:27:12.200 --> 00:27:15.079 in major emerging economies. Partnering with 00:27:15.079 --> 00:27:16.779 a national development bank mitigates political 00:27:16.779 --> 00:27:19.180 risk and provides local financing expertise. 00:27:19.559 --> 00:27:22.019 It's essential for massive infrastructure projects 00:27:22.019 --> 00:27:24.009 like the ones they run there. Let's pivot to 00:27:24.009 --> 00:27:26.890 Europe, which presents an absolute study in contrast, 00:27:27.130 --> 00:27:29.509 especially in the East, where the juxtaposition 00:27:29.509 --> 00:27:32.730 of old and new energy is just so stark. Bulgari 00:27:32.730 --> 00:27:34.950 is the textbook example of this internal corporate 00:27:34.950 --> 00:27:37.509 tension. On one hand, you have Maritsa Istak, 00:27:37.670 --> 00:27:41.170 acquired in 2011. It's a massive 690 millijoule 00:27:41.170 --> 00:27:43.390 coal plant. Identified as the largest energy 00:27:43.390 --> 00:27:45.710 complex in Southeast Europe. Absolutely critical 00:27:45.710 --> 00:27:49.369 for regional stability, but also a major emitter. 00:27:49.509 --> 00:27:52.819 A huge emitter. And yet... Right alongside that 00:27:52.819 --> 00:27:55.339 massive traditional coal operation, they run 00:27:55.339 --> 00:27:59.559 St. Nicola, a 156 -milliW wind generator built 00:27:59.559 --> 00:28:03.000 in 2009. And St. Nicola isn't just any wind farm. 00:28:03.140 --> 00:28:05.700 No, it's noted as the largest wind farm in the 00:28:05.700 --> 00:28:08.160 country and was specifically awarded for high 00:28:08.160 --> 00:28:11.450 efficiency and sustainability. It received both 00:28:11.450 --> 00:28:13.750 the Sustainable Energy Deal of the Year Prize 00:28:13.750 --> 00:28:17.349 and Investor of 2009 in the energy sector. So 00:28:17.349 --> 00:28:20.210 that contrast captures the complexity of AES's 00:28:20.210 --> 00:28:22.609 operational reality. It does. They're running 00:28:22.609 --> 00:28:24.450 some of the largest conventional power complexes 00:28:24.450 --> 00:28:27.130 in a region while simultaneously owning the benchmark 00:28:27.130 --> 00:28:29.650 for sustainable renewable energy generation there. 00:28:29.930 --> 00:28:31.750 It's running two entirely different businesses 00:28:31.750 --> 00:28:34.109 under one corporate umbrella. In the United Kingdom, 00:28:34.190 --> 00:28:36.289 that conventional assets are substantial. The 00:28:36.289 --> 00:28:38.549 Ballyhamford Power Station, the largest power 00:28:38.549 --> 00:28:41.210 station on the Irish mainland at 1017 milliW, 00:28:41.450 --> 00:28:43.549 and the aforementioned Kilroot Power Station 00:28:43.549 --> 00:28:46.710 at 560 milliW. Which, as we said, is the host 00:28:46.710 --> 00:28:48.710 site for that cutting -edge array storage system. 00:28:49.049 --> 00:28:51.130 Right. And tying this back to the storage theme, 00:28:51.210 --> 00:28:53.329 improving the technology in sophisticated markets, 00:28:53.829 --> 00:28:57.269 AES established Netherlands ES in Wissingen. 00:28:57.509 --> 00:29:00.849 This is a dedicated, stand -alone, 10 -milli 00:29:00.849 --> 00:29:03.890 -W expansion energy storage system. And the strategic 00:29:03.890 --> 00:29:06.670 point of a dedicated 10 -milli -W storage system 00:29:06.670 --> 00:29:08.750 in the Netherlands is really interesting. What 00:29:08.750 --> 00:29:11.289 is it? It was specifically designed as a low 00:29:11.289 --> 00:29:13.670 -battery alternative to traditional peaking power 00:29:13.670 --> 00:29:17.430 plants and large hydroelectric storages. In a 00:29:17.430 --> 00:29:19.549 dense European group, it provides fast frequency 00:29:19.549 --> 00:29:22.470 response and grid services without the need for 00:29:22.470 --> 00:29:24.890 massive thermal capacity. It's demonstrating 00:29:24.890 --> 00:29:27.150 the economic efficiency and technical capability 00:29:27.150 --> 00:29:30.049 of invention in a highly competitive and regulated 00:29:30.049 --> 00:29:32.509 environment. Okay, finally, let's look at Asia, 00:29:32.609 --> 00:29:35.130 where capacity requirements often demand enormous 00:29:35.130 --> 00:29:37.369 infrastructure and unique financing models because 00:29:37.369 --> 00:29:40.109 of the rapid growth of energy demand. Asia is 00:29:40.109 --> 00:29:42.210 where AES demonstrates its ability to handle 00:29:42.210 --> 00:29:45.369 just monumental projects. In Vietnam, they constructed 00:29:45.369 --> 00:29:49.349 the 12 ,240 -mil W -Mung Duong II coal -fired 00:29:49.349 --> 00:29:50.990 plant, which became commercially operational 00:29:50.990 --> 00:29:54.660 in 2015. That is a staggering capacity. And it 00:29:54.660 --> 00:29:57.240 was constructed under a specific financing model, 00:29:57.420 --> 00:30:00.859 a build -operate -transfer, or BOT, agreement. 00:30:01.240 --> 00:30:04.059 Can you explain why that structure is so crucial 00:30:04.059 --> 00:30:06.839 for private energy projects in places like Vietnam? 00:30:07.200 --> 00:30:10.240 Certainly. A BOT agreement means that AES, the 00:30:10.240 --> 00:30:12.880 private developer, builds and operates the massive 00:30:12.880 --> 00:30:15.460 facility, in this case for a set period, say 00:30:15.460 --> 00:30:18.740 20 or 25 years. Crucially, at the end of that 00:30:18.740 --> 00:30:20.900 period, ownership and operation of the plant 00:30:20.900 --> 00:30:22.859 transfers completely to the Vietnamese government. 00:30:23.160 --> 00:30:25.339 So it mitigates the financial risk for the host 00:30:25.339 --> 00:30:28.319 country. Exactly. While providing a guaranteed 00:30:28.319 --> 00:30:31.119 return for AES over the term, it allows the private 00:30:31.119 --> 00:30:33.299 sector to bring necessary capital and expertise 00:30:33.299 --> 00:30:36.140 to massive public infrastructure projects while 00:30:36.140 --> 00:30:38.339 ensuring the host country eventually gains full 00:30:38.339 --> 00:30:41.819 control. It was, notably, the largest power project 00:30:41.819 --> 00:30:43.759 in the nation's private sector. The Philippines 00:30:43.759 --> 00:30:45.920 gives us another perfect contrast, similar to 00:30:45.920 --> 00:30:48.099 the U .K. and Bulgaria examples. They run the 00:30:48.099 --> 00:30:51.380 Mason -Lock Power Plant, a 630 -milliW coal plant, 00:30:51.539 --> 00:30:53.599 a foundational asset. But again, right there, 00:30:53.619 --> 00:30:55.980 they have Mason -Lock ES, a 10 -milliW storage 00:30:55.980 --> 00:30:58.960 generator, launched in 2016. That storage unit 00:30:58.960 --> 00:31:01.140 was the first battery -based energy system in 00:31:01.140 --> 00:31:03.980 the entire country. Providing crucial power stability 00:31:03.980 --> 00:31:07.230 to the Luzon grid. It's that exact same strategic 00:31:07.230 --> 00:31:10.589 model. Leverage a massive conventional site as 00:31:10.589 --> 00:31:12.750 the anchor for pioneering storage technology 00:31:12.750 --> 00:31:15.309 in a high demand emerging market. And we can't 00:31:15.309 --> 00:31:17.630 forget Central Asia, where their legacy goes 00:31:17.630 --> 00:31:20.250 back to the mid -90s, showcasing how long they've 00:31:20.250 --> 00:31:22.549 been involved in global asset management. That's 00:31:22.549 --> 00:31:24.730 right. In Kazakhstan, they acquired substantial 00:31:24.730 --> 00:31:29.410 assets in 1997, including the 1 ,372 -milliwit 00:31:29.410 --> 00:31:32.210 coal plant, Uzhkomenorgorsk, and the formerly 00:31:32.210 --> 00:31:36.289 owned Uzhkomenorgorsk HPP, which was a 340 -milliwit 00:31:36.289 --> 00:31:38.809 hydro plant. And in India, their legacy is also 00:31:38.809 --> 00:31:42.819 deep. the long -standing OPGC plant, a 420 milliw 00:31:42.819 --> 00:31:45.799 coal plant acquired in 1998. And the future commitment 00:31:45.799 --> 00:31:47.579 there is massive, too. You have the expansion, 00:31:47.900 --> 00:31:51.180 OPGCT, which is expected to boast 1 ,300 milliw 00:31:51.180 --> 00:31:53.500 of capacity and is currently under construction. 00:31:53.799 --> 00:31:56.000 So this highlights a necessary corporate reality, 00:31:56.279 --> 00:31:58.619 doesn't it? While they are pivoting hard to renewables 00:31:58.619 --> 00:32:01.200 in the U .S. and Europe, managing and expanding 00:32:01.200 --> 00:32:03.819 conventional assets is still a vital, revenue 00:32:03.819 --> 00:32:05.900 -generating element of their business in developing 00:32:05.900 --> 00:32:08.500 nations where energy security and baseline power 00:32:08.500 --> 00:32:10.710 are the... media priorities. It's the tightrope 00:32:10.710 --> 00:32:12.630 walk we talked about at the beginning. OK, let's 00:32:12.630 --> 00:32:14.710 unpack this and bring it all together. What stands 00:32:14.710 --> 00:32:17.670 out to you as the core unifying trajectory of 00:32:17.670 --> 00:32:21.089 the AES Corporation? The core trajectory is one 00:32:21.089 --> 00:32:24.589 of intense philosophical and practical evolution 00:32:24.589 --> 00:32:28.559 driven by market necessity. I mean, they began 00:32:28.559 --> 00:32:32.019 as this innovative, highly decentralized consulting 00:32:32.019 --> 00:32:35.119 firm led by former government appointees. Right. 00:32:35.359 --> 00:32:37.980 Prioritizing ideals and rapid global spread. 00:32:38.160 --> 00:32:41.059 Exactly. Then they survived a catastrophic industry 00:32:41.059 --> 00:32:44.039 crisis in the early 2000s. And finally, they 00:32:44.039 --> 00:32:46.549 evolved into their current identity. A highly 00:32:46.549 --> 00:32:49.190 consolidated global utility focused intensely 00:32:49.190 --> 00:32:51.910 and profitably on leading the energy storage 00:32:51.910 --> 00:32:54.730 revolution. It's the paradox of scale that makes 00:32:54.730 --> 00:32:58.009 them so relevant today. AES is not a clean energy 00:32:58.009 --> 00:33:01.170 startup. It is a complex industrial behemoth. 00:33:01.230 --> 00:33:04.450 They simultaneously manage massive, decades -old, 00:33:04.529 --> 00:33:07.509 1 ,200 -milli -w coal plants in Vietnam and Bulgaria, 00:33:07.809 --> 00:33:09.990 which are essential for regional stability and 00:33:09.990 --> 00:33:13.150 for revenue generation. While deploying cutting 00:33:13.150 --> 00:33:16.589 edge 400 milliwatt or lithium ion modular systems, 00:33:16.910 --> 00:33:19.529 the invention units developed through fluence 00:33:19.529 --> 00:33:22.269 that stabilize the grids in countries like the 00:33:22.269 --> 00:33:25.930 US, Germany and the Netherlands. They are a literal 00:33:25.930 --> 00:33:28.250 bridge company in the truest sense of the word. 00:33:28.369 --> 00:33:30.269 So what does this all mean for you listening? 00:33:30.529 --> 00:33:33.069 Understanding the global energy transition means 00:33:33.069 --> 00:33:36.250 tracking companies like AES. They aren't waiting 00:33:36.250 --> 00:33:37.950 for the transition to happen. They are paying 00:33:37.950 --> 00:33:40.029 for it and deploying it. Their joint venture 00:33:40.029 --> 00:33:42.690 Fluence, which is building that flagship 400 00:33:42.690 --> 00:33:46.069 milliwatt storage in California, and their massive 00:33:46.069 --> 00:33:48.990 development engine Spower, which controls a 10 00:33:48.990 --> 00:33:51.950 GW pipeline. They are defining how rapidly solar 00:33:51.950 --> 00:33:54.250 and wind power can be integrated into the existing 00:33:54.250 --> 00:33:56.750 infrastructure, using storage to manage that 00:33:56.750 --> 00:33:58.900 intermittency. They took a decade of necessary 00:33:58.900 --> 00:34:01.319 stabilization after the crisis and turned it 00:34:01.319 --> 00:34:03.720 into a decade of focused strategic deployment. 00:34:04.180 --> 00:34:06.519 They recognize that storage is the linchpin. 00:34:06.700 --> 00:34:09.239 They're moving away from merely generating power 00:34:09.239 --> 00:34:11.639 and moving towards delivering flexible, digitally 00:34:11.639 --> 00:34:13.920 managed power. Which are the high value commodity 00:34:13.920 --> 00:34:16.400 of the 21st century grid. And this raises an 00:34:16.400 --> 00:34:18.400 important final question that connects back to 00:34:18.400 --> 00:34:20.800 the beginning of our deep dive. Consider the 00:34:20.800 --> 00:34:23.750 initial company philosophy. established by Sontenbach, 00:34:23.949 --> 00:34:26.869 which prioritized social responsibility and radical 00:34:26.869 --> 00:34:29.449 decentralization, leading them to build plants 00:34:29.449 --> 00:34:32.789 in nearly 30 countries. Then consider the current 00:34:32.789 --> 00:34:36.230 Glisky strategy. Consolidation, centralization, 00:34:36.449 --> 00:34:38.829 and an intense focus on high -tech solutions 00:34:38.829 --> 00:34:41.750 like fluence and drone inspections. Did they 00:34:41.750 --> 00:34:44.670 sacrifice the idealism of that early global spread 00:34:44.670 --> 00:34:47.090 for the practical necessity of technological 00:34:47.090 --> 00:34:49.429 focus and financial discipline? It's a great 00:34:49.429 --> 00:34:51.710 question. How does the current consolidated, 00:34:51.989 --> 00:34:55.070 highly efficient model reflect or diverge from 00:34:55.070 --> 00:34:57.469 that original mandate of decentralized, socially 00:34:57.469 --> 00:34:59.969 responsible energy production? Did they achieve 00:34:59.969 --> 00:35:02.789 responsible energy production through a fundamentally 00:35:02.789 --> 00:35:05.050 different, more focused past than their founders 00:35:05.050 --> 00:35:06.750 ever envisioned? That's something for you to 00:35:06.750 --> 00:35:09.170 mull over as you see where their next U .S. $44 00:35:09.170 --> 00:35:12.030 billion in assets goes. That concludes our deep 00:35:12.030 --> 00:35:14.050 dive into the past, present, and charged future 00:35:14.050 --> 00:35:16.650 of the AES Corporation. We'll see you next time.